HUDY 293491 Aluminium 23T Servo Horn - CNC 3mm Linkage Ready  [HSP-293491]

HUDY 293491 Aluminum Servo Horn KO, JR, Sanwa, Airtronics - 23T
Price:
NZD$33.77
Brand:
HUDY
Model:
HSP-293491
Condition:
Brand New
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alt="HUDY 293491 Aluminum Servo Horn KO, JR, Sanwa, Airtronics - 23T" title="HUDY 293491 Aluminum Servo Horn KO, JR, Sanwa, Airtronics - 23T"

Sharper Steering with HUDY 293491

RC drivers seeking tighter steering response will appreciate the HUDY 293491 Aluminium Servo Horn. Engineered for 23T spline servos from KO, JR, Sanwa, and Airtronics, this CNC-machined unit reduces the compliance you get from plastic alternatives.

Precision Machining and Mount Options

The aluminium build guarantees steady behaviour and long-term durability for track use. It comes drilled and tapped for 3mm linkage hardware, and the two mounting holes let you vary leverage to dial in steering characteristics.

Built for On-Road Nitro Performance

Recommended for 1/10 and 1/8 on-road nitro cars, the horn supports high-speed steering demands where minimal movement and repeatable geometry matter.
Remark :
Due to limited stock availability, please notice that some HUDY items may have to order from the factory and the ready time is around 8-12 weeks. Customer purchases the item is assumed to accept the waiting time which allows us to order directly from the manufacturer if the item is out of our warehouse.

Is the HUDY horn compatible with all 23T servos?

It fits standard 23T spline servos from the listed brands; confirm your servo uses a 23-tooth spline before fitting.

Will this change my steering throw?

Using different linkage holes can alter leverage and throw. Move to the outer hole for more input, or the inner hole for a firmer, reduced throw.

How do I maintain the aluminium horn?

Inspect for burrs after crashes and keep mounting screws tight. A light clean and occasional check of fasteners is all that is needed.

Can I run this on wet surfaces?

Yes, but aluminium will show wear faster if exposed to grit. Rinse off grit and dry components after running in wet conditions.

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